Structure–property relationships of iron–hydroxyapatite ceramic matrix nanocomposite fabricated using mechanosynthesis method

Fe3+/− dual doped nano hydroxyapatite: A novel material for biomedical applications

“…However, the reduction in intensity of peaks was very small and it is not an expected result or as reported in previous studies. 22,34 The results reported in these papers showed that incorporation of Fe 31 ions caused a heavy reduction in intensity of the reflection planes of HA. This behavior might be due to ionic substitution between Ca 21 and Fe 31 ions taking place in 4f and 6 h positions, and for that small effect on the intensity of the diffracted Xray lines was observed.…”

“…It can be seen that the theoretical density of pure HA increased gradually with the incorporation of SeO 22 4 and Fe 31 ions, suggesting more Fe 31 substituted into the Ca 21 sites in the SeHA lattice. 34 Additionally, the relative density of pure HA decreased by the incorporation of Fe 31/ SeO 4 22 ions. However, the previous study conducted by Harley et al demonstrated that the biomaterial with lower relative density improved penetration of NR6 fibroblasts into the scaffold variants.…”

“…20 Furthermore, a small backward shift in peak positions was observed, this behavior might be attributed to Fe 31 doping in the SeHA lattice, same observations were highlighted in literature. 34,35 The obtained lattice parameters for the Fe-SeHA materials are presented in Table II. It is seen that the lattice parameters for both a and c axis slightly increased with the incorporation of Fe 31 ions in SeHA structure.…”

Antibacterial efficacy of triple-layered poly(lactic-<i>co</i>-glycolic acid)/nanoapatite/lauric acid guided bone regeneration membrane on periodontal bacteria

“…Nanoapatite (NAp) is commonly used as a nanofiller due to its excellent bioactive property with the resemblance to inorganic constituent of bone 14,15) . Its chemical composition, Ca10(PO4)6(OH)2, and rough morphological structure are the main factors that contribute to the acceleration of osteoblast cells attachment and proliferation 15,16) .…”

“…Nanoapatite (NAp) is commonly used as a nanofiller due to its excellent bioactive property with the resemblance to inorganic constituent of bone 14,15) . Its chemical composition, Ca10(PO4)6(OH)2, and rough morphological structure are the main factors that contribute to the acceleration of osteoblast cells attachment and proliferation 15,16) . Therefore, in this study, the GBR membranes obtained 17) where the L1 was incorporated with PLGA, the highest proportion of LA and the lowest proportion of NAp to accommodate the layer with an optimum antibacterial effect.…”